cloud dns ddos protection

@farooqtahir2013

With a decade of experience in the Network, Cybersecurity, VoIP, and Systems Engineering fields, I believe I am the perfect choice for your Cloud DNS DDoS Protection project. My extensive background equips me with the skills to design and recommend solutions based on best practices, an essential trait for constructing a system as vital as DNS with reverse proxy automated installation. Your project's primary objectives - secure user/admin management, load balancing options utilizing Nginx reverse proxy and HAProxy for L7 attack protection - fall comfortably within my skill set. I've had hands-on work with different vendors including Cisco, VMware, IBM, Mikrotik, Ubiquiti, and more; this gives me a unique advantage in tackling network complexities. Furthermore, my proficiency extends to the cloud. I have comprehensive knowledge and experience in cloud computing using platforms such as OVH, Google, AWS, Digital ocean - this is highly beneficial as we seek to incorporate auto install new added servers + configuration slave/main and encompass all added servers within the platform seamlessly. Ultimately, my passion for cybersecurity and consistently meeting project deadlines make me an exemplary candidate for this task pair

@ahmadpiran

** HUMAN PROPOSAL - NO BOT TEXT ** Hey, I can help you build the foundation of your custom Cloud DNS and reverse proxy platform. Building a bespoke CDN to hide origin IPs using HAProxy and Nginx across multiple ISPs is a massive infrastructure challenge. Given your maximum budget of $750, attempting to build the entire global anycast network and the frontend user administration dashboard will result in an incomplete system. Instead, I propose we use this phase strictly to build a single node Proof of Concept. I will write the Terraform and Ansible automation required to provision one DDoS protected server. This backend code will automatically deploy the Nginx reverse proxy, bind HAProxy, and configure the TLS certificates to successfully hide your origin infrastructure. We will strip out the custom domain management UI for now and focus purely on proving the Layer 7 mitigation logic works under a simulated attack. I guarantee I will refine this automation until your first proxy node successfully scrubs malicious traffic and securely forwards legitimate requests to your origin server without exposing its real IP address. Best, Ahmad

@justinw45

Hello, I understand the need for robust cloud DNS with reverse proxy automated installation to enhance security against DDoS attacks at Layer 7. By integrating DDoS protected servers from various ISPs and implementing Nginx reverse proxy along with HAProxy for load balancing, we can effectively mitigate attacks and ensure seamless performance. The solution will include features such as IP hiding for origin servers, CDN-like casting for added proxy servers, automated installation of new servers, and user/admin management for domain handling and IP management. With my expertise in cloud infrastructure and security protocols, I am well-equipped to develop a comprehensive solution that aligns with your requirements. I am ready to commence work immediately and would appreciate the opportunity to discuss the project scope and expectations further. Best regards, Justin

@Shrutibimpl

Hello, I will develop a centralized management platform to orchestrate your distributed network of proxy servers. I will use a popular automation tool to handle the one click installation and configuration of new nodes, setting up NGINX as the reverse proxy and HAProxy for high performance load balancing. To mitigate L7 DDoS attacks and hide your origin IP, I will implement a custom routing layer that acts as a secure buffer between users and your backend. The system will include a full-featured DNS manager allowing users to add domains, toggle proxy status, and generate automated SSL certificates. I will also build an admin dashboard to manage users, monitor server health, and handle subscription lifecycles. 1) Which specific Linux distribution do you want to use for the proxy servers? 2) Are the DDoS protected servers provided by a specific cloud vendor with an API? 3) Do you have a preferred web framework for the management dashboard? Thanks, Bharat

@Web1devloper

As a seasoned developer with a specialization in DNS and Nginx, I'm confident that I have the technical depth needed to fulfill the requirements of your project. Over my 8-year career, I've established myself as a critical thinker who can implement robust cloud services, manage complex networks, and safeguard systems from malicious threats. Building a Cloud DNS to resist L7 attacks fits right into my repertoire, and I've had success in similar installations in the past. My expertise extends beyond just DNS and Nginx. I'm also well-versed with HAProxy and can deploy load balancing configurations seamlessly. Additionally, my knowledge of AWS (EC2, Amplify, S3, Route53, RDS) can enhance the security aspect of the project and facilitate efficient management of user/admin functions like adding or removing domains. Lastly, my proficiency in tools like Docker and CI/CD empowers me to streamline the deployment process and handle updates without causing any system disruption. My devotion to producing high-quality work while adhering to strict timelines further positions me as an ideal candidate for your project. Simultaneously catering to multiple ISPs is not novel to me as I've previously worked on projects dealing with CDNs -perfect preparation for managing IP generation for proxies as you mentioned. Let's collaborate to fortify your system against DDoS attacks.

@iosifpeterfi

I'm Iosif Peterfi, 15+ years in building secure, scalable platforms for diverse organisations. Building Cloud DNS with reverse proxy automated installation. The logic is adding ddos protected servers from different isps and loadbalancing the dns servers using nginx reverse proxy and haproxy for loadbalancing options. It should work for attacks to L7. It should have special function to hide origin server ip for ddos attacks. Auto install new added servers + configuration slave/main. Should work with all added servers inside the platform. User/admin management for add new domains/extend/expire/remove etc. User overview/ manage dns remove add/forward put real ip / auto proxy ip generation from dns. show if dns ip is proxied or not status. TLS https/auto generate renew options. This is my speciality. This maps directly to my experience delivering secure cloud DNS, multi-ISP edge deployments and automated onboarding. Your approach: I will deliver a managed DNS edge with automated provisioning, a dual-layer proxy for L7 protection, origin IP hiding, CDN-like request shaping, and TLS lifecycle automation. You'll gain a centralized admin panel to add domains, extend, expire, remove, and monitor DNS status, plus automated onboarding and governance to reduce risk and speed time to value. The plan uses staged rollout, clear ownership, and operator-friendly dashboards to drive uptime and security as a business outcome.

@oleksandrp33

Hello, I have strong experience in DNS architecture, Nginx, HAProxy, and cloud-based network security, and I can design a scalable system with reverse proxy and load balancing to handle L7 DDoS protection effectively. The platform will include origin IP masking, anycast-style proxy distribution, automated server deployment and synchronization (master/slave), and seamless integration of new nodes across the network. I will also implement a full user/admin management system with domain control, DNS management, proxy status monitoring, and automated TLS/HTTPS generation and renewal. The final solution will be secure, automated, and structured for easy scaling, providing you with a robust CDN-like infrastructure to mitigate attacks and manage traffic efficiently. Best Regards, Oleksandr

@billybryan98

Hello, I’m an independent developer focused on cloud DNS and security. I build automated, multi-ISP DNS with Nginx reverse proxy and HAProxy load balancing, designed to survive L7 attacks. I’ll implement origin IP masking, proxy-based CDN-like distribution, auto-install/config of new nodes, and full domain/user management with TLS automation. I’ve delivered similar systems with slave/main synchronization, domain lifecycle, and real-time DNS proxy status. I’m confident I can deliver a robust, scalable solution within the timeline. Please feel free to discuss details so we can align on features and milestones. Best regards, Billy Bryan

@GrainZapIT

Hi, This is a very solid project—essentially a lightweight CDN + protected DNS system—and I can help you build a stable, scalable version of it. Approach: * **Architecture:** Multi-server setup across ISPs with HAProxy (load balancing) + Nginx (reverse proxy) * **DDoS Protection:** Hide origin IP, enforce proxy routing, add L7 filtering & rate limiting * **DNS System:** Master/Slave setup with full sync across nodes * **Scaling:** Add/remove servers with auto configuration (Ansible/Docker-based) Features: * Origin IP masking via proxy layer * Anycast-style distribution (CDN-like setup) * Auto install & cluster join for new servers * Admin/User panel: * Domain & DNS management * Proxy on/off status * Auto-generated proxy IPs * TLS (auto SSL + renew) Deliverables: * Working distributed DNS + proxy system * Automation scripts for scaling * Clean dashboard (Admin/User) * Setup & maintenance documentation Note: This is a complex system (similar to Cloudflare-lite), so I recommend a phased MVP approach to stay within budget and ensure stability. Let’s discuss how to get your first version live quickly. Best regards, Grainzap IT Solutions

@Feriver

Hello, I understand you need a cloud-based DNS platform with reverse proxy and L7 DDoS protection, including origin IP masking, anycast-style distribution, and automated server onboarding. I will design a scalable architecture using Nginx (reverse proxy) and HAProxy (load balancing), ensuring traffic is distributed across multiple ISP-backed nodes while shielding origin servers. I will implement automated deployment scripts for adding new nodes (master/slave sync), DNS management with proxy/non-proxy status, TLS auto-generation/renewal, and a user/admin panel for domain control (add, forward, expire, remove). The system will simulate CDN-like behavior with intelligent routing and protection against L7 attacks. Deliverables include a fully configured platform, automation scripts, documentation, and secure, maintainable infrastructure ready for scaling. Thanks, Asif

@ecetoo

Hi, I’ve worked on systems involving traffic analysis, SIEM, and detection logic, so I’m comfortable building setups focused on both visibility and protection. Your project makes sense to me — especially the need to hide origin IPs, distribute traffic across multiple nodes, and handle L7-level attacks. I’ve worked with tools like Nginx and have experience designing and improving detection and filtering logic, which fits well with what you're trying to achieve here. I can build a clean, scalable setup and make sure new servers can be added and configured automatically without breaking the system. Happy to go into more detail or sketch a quick plan if needed. Let me know

@mubashir021

Hello, your project to build a Cloud DNS with automated installation and DDoS protection is crucial in today’s security landscape, and I can definitely help you implement that effectively. I am Mubashir, a Full-Stack Developer with 6+ years of experience building secure cloud solutions. I understand that you need a system that can add DDoS protected servers, manage DNS settings, and ensure the origin server IP is hidden from potential attacks. 1. First, I will set up the Cloud DNS infrastructure using Nginx as a reverse proxy to manage incoming traffic effectively. 2. Then, I will implement HAProxy for load balancing across the DDoS protected servers to ensure optimal performance during attacks. 3. After that, I will create automated scripts for adding new servers, configuring them as either slave or main, and managing their settings seamlessly. 4. I will develop user and admin management functionalities to allow easy addition, extension, and removal of domains and DNS records. 5. Finally, I will ensure TLS/HTTPS auto generation and renewal options are in place, while also providing clear visibility on DNS proxy status. Even if you’re not ready to move forward yet, I can provide a FREE detailed quotation and project proposal with a suggested roadmap at no cost to you. This way, you can use it as a reference document for any other freelancer if you choose. >>> My Work: https://www.freelancer.com/u/mubashir021 <<< Send me a message, happy to talk details. Mubashir

@ail5a9f298b597ed

I am excited about the opportunity to help you build a robust Cloud DNS with DDoS protection system. With my extensive experience in network security, NGINX reverse proxy, and HAProxy for load balancing, I can ensure we implement scalable and secure solutions that not only protect your servers from L7 attacks but also effectively manage user requirements. My attention to detail and commitment to deliver high-quality results make me confident in our ability to create an automated installation process that simplifies server management while enhancing security.

@jagratip3

Hi there, I’m looking to build a Cloud DNS platform with automated reverse proxy installation designed for DDoS protection and load balancing across multiple ISPs. The system should use NGINX as a reverse proxy and HAProxy for load balancing, capable of mitigating L7 attacks. Key features: Hide origin server IPs to protect against DDoS Auto-cast traffic through added proxy servers, effectively creating a CDN layer for attack coverage Automated installation and configuration of new servers, with master/slave setup Manage all added servers within the platform seamlessly User/admin management: add/remove domains, extend/expire domains User interface to manage DNS: add/remove records, forward traffic, set real IP, auto-generate proxy IPs Show DNS status (proxied or not) per record TLS/HTTPS support with auto-generate and auto-renew options The goal is a scalable, secure, and fully automated platform for DNS management and DDoS protection, capable of handling multiple domains and proxy servers efficiently.

@nathanc97

1. Traffic type: HTTP/S only, or also raw TCP/UDP (games, SSH, etc.)? 2. Real anycast or multi-POP DNS only? Do they have ASN + BGP? 3. Expected scale: domains, RPS, bandwidth, number of edge nodes? 4. Single tenant (internal) vs multi-tenant SaaS with billing? 5. WAF depth: simple rate limit vs full rule engine + bot fight? 6. Origin TLS: validate upstream cert or flexible SSL? 7. Compliance / abuse: KYC, logging, block CSAM/phishing—who operates abuse desk? 8. Control panel: greenfield UI or integrate existing billing (WHMCS, etc.)? L7 DDoS at scale is not solved by Nginx alone; you need capacity, tuning, optional commercial scrubbing, and realistic expectations. Review times and false positives (WAF) are ongoing ops, not one-time install. Hiding origin is normal for CDNs; still need legal/acceptable-use policy if this is public SaaS.

@mickeysz

Hello, I’m a network and cloud engineer with strong experience in DNS systems, Nginx, HAProxy, and L7 DDoS protection, and I’ve built reverse proxy infrastructures with IP masking and load balancing across multi-ISP environments. I’ve worked on similar setups where we implemented Anycast-style routing with automated server provisioning and TLS management, including hiding origin IPs behind proxy layers. Your project is interesting because it combines DNS control, security, and automation into a scalable platform, which aligns closely with my experience. I have a couple of quick questions: do you already have a preferred DNS server (like PowerDNS or Bind) for master/slave setup? and should the Anycast routing be handled via BGP or a simpler geo-based approach? I look forward to hearing from you. Best regards

@johnedwardl

Hello, this is a serious infrastructure build, and the hard part is not just DNS or proxy setup, but making origin protection, automated node rollout, and traffic handling work together cleanly under attack. I would build this with Linux, Nginx, HAProxy, DNS automation, and a control layer in Node.js or Python for user/admin management, domain lifecycle, proxy assignment, TLS generation, and automatic provisioning of new edge servers :) The right architecture here is a protected reverse-proxy layer with origin IP isolation, automated config sync across main/slave nodes, and a dashboard that shows proxied status, DNS records, expiry flow, and HTTPS state in one place. I’ve worked on VPS networking, reverse proxy systems, automation, and hardened deployments, so I’d focus on keeping the rollout reproducible and the management side simple instead of turning it into fragile manual ops. One quick question: do you want this built as a private Cloudflare-style platform for your own infrastructure only, or as a multi-user product other customers will log into directly? I'm looking forward working with you soon. Thank you.

@ivank69

Hi there. Do you want true Anycast routing using BGP across providers, or a DNS-level load distribution with health checks between proxy nodes? How should origin IP protection be enforced - full proxy-only access with firewall restrictions, or partial exposure for specific services? This can be built as a distributed edge layer - Nginx reverse proxy nodes behind HAProxy, automated provisioning, DNS routing, and strict origin isolation with TLS and renewal handled centrally. Worked on a similar infra setup before where protecting origin servers from L7 attacks and hiding IP was critical. The main issue was traffic leaking directly to origin and uneven load across proxy nodes. Solved it by enforcing proxy-only access, using firewall rules, central config sync, and health-checked load balancing, which improved resilience and reduced attack impact. Strong experience with Nginx, HAProxy, DNS systems, and network security, so this project fits well. Ready to start immediately and design a scalable and protected setup. Best, Ivan

@filipb48

I can build your Cloud DNS + reverse proxy platform exactly as described. I have 10+ years of experience in Linux and full-stack development, including designing and managing scalable, secure server infrastructures. For your project, I can deliver: - DNS system with master/slave setup and full API control - NGINX reverse proxy + HAProxy load balancing to hide origin IPs and mitigate L7 DDoS attacks - Automatic node provisioning — new servers join the cluster with synced configuration - User/admin panel to manage domains, DNS records, proxy status, and TLS certificates I can start by building a MVP with multi-node support, proxy, and DNS management, then expand it into a CDN-like system if needed. Looking forward to helping you make this platform secure, scalable, and easy to manage.